Amusement device



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Patented 2@, 1925,

onin sta rs earner FFHO WALTER A. 'ilRATSCE AND ARCHIE H. JBEICHTOL, 0FMEIVIPHIS, TENNESSEE.

1 AMUSEMENT DEVICE.

Application filed November 12, 1921. Serial No. 514,746.

clear, and exact description of the invention, such as will enableothers skilled in the art to which it appertainsto make and use thesame.

This invention relates to an amusement device and has for its object toprovide an apparatus of this character Which-will be simple inconstruction, efficient in operation, certain in action, and less costlyto produce than those heretofore proposed.

With these and other objects in view', the invention consists in thenovel details of construction and combinations of parts more fullyhereinafter disclosed and particularly pointed out in the claims.

' Referring to the accompanying drawings forming a part of thisspecification, in which like numerals designate like parts'in alltheviews: f

Figure 1 is a plan view of an apparatus made in accordance with thisinvention;

Figure 2 is a perspective view of the me tal tray over which the ballsp'lay, employed by this invention; I

-Figure 3 is a plan view similar to Figure 1 with certain parts removedand illustrating the organization of the various-parts;

Figure 4 is a longitudinal sectional view partly in side elevation,showinga portion of the parts illustrated in Figure 3; I v

Figure 5.is an enlarged side elevational sectional view taken on theline 55 of Figure 3, looking in'the direction of the arrows;

Figure -6 is an enlarged detail sectional view of a portion of the partsshown inv Figure 10 is a view of the operating shaft taken on the line10-1O of Figure 8;

Figure 11 is a view of the operating shaft taken on the line 1111 ofFigure 8; Figure 12 is a side elevational View of the lever operatingthe shaft;

Figure 13 is an enlarged sectional view ofthe rear portion of themachine illustrating the gun and the projectile propelling mechanismFigure 14 is a sectional view of the gun removed from the casing;

Figure 15 is a sectional detail View taken on the line 15'15 of Figure13, looking in the direction of the arrows;

Figure '16 is a detail sectional view taken on the line 16-16 of Figure13, looking in the direction of the arrows;

Figure 17 of a sectional view in plan taken on the line 17- 17 of Figure13, looking in the direction of the arrows;

Figure 18 is a view of the projectile elevating mechanism on an enlargedscale; Figure 19 is a sectional view taken on the line 19-'19 of Figure18, looking in the direction of the arrows;

Figure 20 is a cross sectional view taken on the line 20-2O of Figure 3;

Figure 21 is a cross sectional view of the tray shown in Figure 2;

Figure 22 is a sectional. view taken on the line 2222 of Figure 20,looking in the di= rection of the arrows;

Figure 23 illustrates the bell actuating mechanism in section;

Figure 24: is a view of the dial indicating plate and its associatedparts; I 1

Figure 25 is a view of a portion of the parts shown in Figure 24, andillustrating the dial releasing mechanism;

Figure 26 is a detail view of the dial ratchet and c-oacting parts;

Figure 27 is a detail View of the dial rack and pinion;

Figure 28 is a side elevational View of the ratchet and pinion shown inFigures 28 and 27; and t Figure 29 is a view of the dial actuating rockshaft.

1 indicates any suitable frame Work or supporting casing for theactuating mechanism, 2 a glass cover for the to casing, 3 a metal trayfor receiving the of said;

projectiles located immediately beneath the oval shaped slot 11 betweenthe holes 9 and 10. As will be understood from Figures 2 and 4, aprojecting means or gun 12 occupies the slot 11. and the holes numberedfrom 4 to 8, correspond to targets 'illustrated in Figure 20.

It will be observed that the bottom 15 of said tray 3 is curved andextends upwardly until said holes 4 to 8 are reached, and it will appearbelow that after the projectiles 16 are fired from the gun 12,illustrated in Figure 14, if they reach one of the several holes 4 to 8,they pass down to-the return passage or tube 17 which leads them backinto the re ceptacle or tray 18, see Figure .18, whereupon saidprojectiles roll on down over the bottom 19 of said tray 18 until theyreach the top of the elevator or plunger 20, as best shown in Figure 13.I

It will further appear below that upon raising the said plunger 20 bymechanism to be described, said projectiles 16 are brought into theposition above the elevator member 21, see Figure 13, which upon beingitself raised, as illustrated in Figure 14, the said projectlles arebrought into the bore of the gun, whereupon they are again pr opelledforward, toward the targets.

It is preferred to operate this amusement device through the medium of acoin, al-

though this is not essential. But when a coin is to be employed, thereis provided a chute 25, see Figures 1 and 3, having an orilice 26 forthe admission of the coin 27, which leads said coin to a disk shapedmember 28, mounted on the main operatin shaft 29, see Figures 5 and 7.The coin 2% is held in the position shown in Figure 7 by the cut awayportion 30 of the disk 28, until said disk is rotated. Said disk 28 isloosely mounted on the shaft 29 and has rigidly 'at-"' tached theretothe five pronged star wheel 31 which is therefore also loosely mountedon said shaft. Rigidly mounted on said shaft is the boss 34, see Figure6, carrying the enlargement 32 on whlch is pivoted the pawl 33, andwhich extends over the star wheel 31 and into the slots 35 of the teeth36 with which the disk 28 is provided, all as will be clear from Figures3, 5, 6 and 7.

In other words, when the operating shaft 29 and pawl 33 are rotated in aclockwise direction, as seen in Fi ure 5, said pawl will contact withthe coin 2 and force it around an arc of 72 degrees with the disk 28 andstar wheel 31, whereupon said coin drops into a suitable receptacle notshown, and the rotation of the shaft reaches its limit of movement. Whenthis happens the spring 150 surrounding shaft 29, in a manner to bedescribed, returns the shaft andpawl 33 to their-normalpositionswhereupon said pawl 33 will pass the next tooth 36, and be ready tocontact with the back thereof at a point such as. 38, Figure 5,. .and torotate said disk throughianother ai eof 72 degrees when the shaft 29 isagain oscillated.

The star'wheel 31 is, provided with a single pin 40, see 5, which takesagainst the end 41 o a dog 42 pivoted at 43, and attached at itsopposite end to the rod 44 for a purpose disclosed below. Also rigidwith said dog 42 is the member 45 to WhlCh is attached the rod 46',leading to. the register or counter 47, as best shown in Figure 3. Saiddog 42 is also provided with the projection 48 adapted when lifted bythe pin 40 to be struck, by the projection 49 carried by the arm '50rigid with the shaft 29 and under the control of spring 37, allas willbe clear from'Figures 3, 5 and 6. The arm 51 extends in a direction. 180degrees from the arm 50, and is also rigid with shaft 29, see Figure 6,and is connected as at 52 with the rod- 53 connected to the iston rod 54of the shock absorber or cushioning device 55, as best shown in Figure4. 56 represents one supporting frame plate and 57 a parallel disposedsupporting frame plate,-

see Fi re 8. 58 indicates a pawl controlled y the spring 59, and adaptedto engage the ratchet 60, see Fi re' 6, so that when the shaft'29 isturne it must complete its oscillation before it can return for apurpose that will presently appear. Contacting with the star wheel 31between adjacent .teeth 61 thereof, is the roller 62 carried by thelever 63 rigid with the oscillating shaft 64 and controlled by thespring 65 as plainly shown in Figure 5.

Rigid with said shaft 641s the arm 66 (see Figures 3, 4, 6, 8 and 13)carrying the operating pin 67 adapted in. its oscillations to and fro tostrike the lug 70 carried by the rock shaft'71, on which is rigidlymounted the operating arm 72 pivoted to the projectile lifter 20 betweenthe pins 7 3, alll as will be clear from Figures 3,8, 13 and 18.

From the construction so far disclosed, it will now be clear that shoulda projectile 16,. be fired from the gun 12 by a means to be described,said projectile will race up the will either'pass through one of theholes I numbered from 4 to 8, or will return on said I inclined curvedsurface 15 of the tray 3, and

back into the receptacle or tray 18, and will by gravity ass to aposition above ethe projectile li ter 20. Should the machine be operatedby a coin, such as a penny, said coin will nass through the opening 26in the chute25 and find its way down to the position shown in Figure 7,contacting against I times after the insertion of said coin.

the disk 28, whereupon an operation of the main power shaft 29 by itshandle 151, Figures 1, 3 and 12, will rotate the member 34 carrying thepawl 33, see Figure 6, and said pawl contacting with said coin 27 willrotate the disk 28 through an angle of 72 degrees, whereupon the shaft29 being automatically returned by the spring 150, said pawl 33 willsnap back past oneof the lugs 36 of the disk 28, and be ready tocont-act with the back of said lug 36 at the point 38, see Figure 5,upon the next operation, all as intimated above.

In the meantime, the coin 27 falls into a receptacle not shown, and afurther oscillation of the shaft 29 will cause the pawl 33 to moveanother of the lugs 36 forward through another arc of 72 degrees. Inthis manner, owing to there being four lugs 36 and a coin in position,the shaft 29 may be operated Eve ut when the space 77, on the disk 28,is reached, which is provided by the omission of one of the lugs 36,then if no additional coin 27 has been placed in the machine, the saidpawl 33 will merely move forwardand back again without turning the saiddisk 28 at all.

chute 25, and will then cease to operate, until another coin has beenplaced in the machine. In the meantime, upon each rotation of the disk28 through an arc of 72 degrees, the roller 62, see Figure 5, whichnormally occupies a position between a pair of adjacent teeth 61 of thestarwheel 31, will be forced downwardlv through the turning of said starwheel 31, and this movement of the roller 62 will depress the lever 63against the tension of'the spring 65, and thus rock the shaft 64,causing the oscillation of the arm 66, and the movement to and fro ofthe operating arm 67 which strikesthe head or lug 7 0 carried by therock shaft 71 which in turn rocks the arm 72 and raises the projectilelifter 20, so as to bring the latter in the position shown in Figure 13,all as is also disclosed above. In the meantime, the turning of the starwheel 31 brings the operating pin 40 at the end of each revolutionunderneath the arm 41 of the lever 42 and rocks the same on its pivot43, thus exerting a pull on the rod 44, for a purpose to be disclosedbelow, and the rocking of the shaft 29 turns the arm 50, and thus bringsthe operating pin 49 carried thereby against the lug 48 mounted on thelever 42, and depresses the end 41 of said lever and thus restores it toits former position. Further, the rocking or oscillation of the shaft 29turns the lever 51 or rather,

oscillates the same, and thereby exerts a pull on the rod 53, whichactuates the piston rod 54 of the cushioning device 55. Also the turningof the lever 42, see Figure 5, oscil- The projectile 16 having rolledinto the position shown in Figure 13 as above stated,

the raising of the lifter 20 by means just de scribed as illustrated inFigure 18, brings said projectile 1.6 into its position on top of theelevator 21, Figure 13, by reason of its passing by gravity through thehole 78 with which the hollow extension 7 9 of the gun 12 is provided.

Pi oted to said extensions 79, as at 80, is the lever 81, and 82indicates a spring to return said lever against its stop 89 and to itselevated :position shown in Figure 14. Pivoted at 83 is a thumb operatedhammerlike or trigger-like lever member 84 adapted to be drawn back by apressure on its head 85 against the compression of its main spring 86and said trigger like lever 84 is provided with a projection 87 adaptedto strike the lifting lever 81 at the point 88 and depress the same,against the tension of its spring 82, all as will be clear from Figures13 and 14. The bore of the gun 12 being slightly inclined as shown, assoon as the projectile is lifted into said bore by the lever 81, itrolls tray 3, all as will be clear from Figures 1, 2,

3, 21, 22 and 23. The flat surfaces of casting 95 on which said targetsare located are provided with slots 97, through which project the curvedarms 100. one for each target. and which arms are rigid with a rockshaft 99 mounted to oscillate in the framework. Rigid with said rockshaft 99 is an actuat- "dng arm 98, see Figure 22, pivoted at 101 to thereciprocating actuating bar 102 having the slot 104 and receiving itsmotion from an arm 103 carried by the piston rod 54, through the pinconnection 105 with said slot, as plainly shown in Figure 4.

Disposed parallel to the rockshaft 99 is another rock shaft 106, seeFigures 22 and 29, provided with a plurality of pairs of arms 107, 108,109, 110, add 111, one for each curved member 100, and when a projectile16 passes through one of the holes lettered from 4 to 8, in the traymember 3, and strikes a target it lands upon one of these pairs of arms,say 109, see Figure 22,

and is held in the position shown until the corresponding curved member100 is actuated by the rock shaft 99 to force down said pair of arms 109and release the projectile 16 into the return tube 17, and thus conveyit back to the gun 12. In the meantime, the arm 109 turns the rockshaft106 which is provided with an arm 110 which actuates an indicating dialand other mechanism to be described below. Said rock shaft 106, as bestshown in Figure 23, is also provided with an arm 111'- which contactswith one end of the bell crank 112 pivoted at 113, which actuates thebell hammer 114 to sound (he gong 115, see Figures 4 and 23.

It Wlll thus be seen that should the projectile strike a target a gongwill be sounded to indicate that fact, and at the same time,

' as will now be made clear, a flag or shield is removed from a dialplate which will indicate the score. I tuating arm 98" carries thereon apin 117, see Figures 22 and 24, to which is connected an arm 1'18pivoted as at 119 to the post 120, and which carries at its rear end therod 121 connected with the pivoted member 122 and adapted to actuate theshield or .flag 123,

and remove it from in front of the numbers 124 carried by the disk 125,all as will be clear from. Figures 22, 24 and 25.

In other words, when a target is struck, the scorethat has been madewill be indicated to the operator. It was mentioned above that when atarget had been struck and the lock shaft 106 operated, an arm 110,

see Figure 22, would also be operated. This said arm is provided withthe projection 126, which actuates the rack 127, see Figures 27 and28,to turn the gear 128 mounted on the shaft 129 through an arc inproportion to the value of the target struck. That is to say, the pairsof arms lettered from 107 to 111 in Figure 29 are of different lengthsaccording to the values that are ascribed to the targets, and therefore,said rock shaft 106 and actuating arm 110 will be turned through arcsproportional to the values of said targets and said arm 110 willlikewise turn the gear 128 and shaft 129 through proportional distancesand therefore will the disk 125 be turned through such" an are as willindicate the value of the target struck. After the disk 125 has beenthus turned to show the value of the shot and after the shield 123 hasbeen removed from the scale in the manner above disclosed, then it isnecessary to return the disk 125 to zero.

This is accomplished in the following manner:

Mounted on said shaft 129 is a ratchet wheel 130 controlled by the pawl131 pivoted as at 132 and in turn controlled by the rod 33, seeFlglllBSQf) and 26. Said. rod 133 is attached to one arm of the bellcrank 134 see Figure 22, pivoted as at 135, and whose That is to say,the ac-.

ratchet 130, and the disk 125 will be released.

When this happens, the spring 138, Figure 24,.will return said disk to,its zero position. But before said disk is returned the shield 123 will,throu h the mechanism disclosed, be removed i rom the score to let theoperator know the total value of his shots.

It will further be observed that the targets numbered from to 94 are ofdifferent values, and the holes numbered from 4 to 8, see Figure 21, areof a size corresponding to the smallness of their values. That is tosay, hole 6 covering the target 5 is the largest, and therefore theeasiest to enter, but'the target is of the smallest value. The hole 8,on the other hand. corresponds to the target 25, it is the smallest insize, and

the most difficult to of the largest values. Therefore, the success-'ful operation of this device involves considerable skill on the part ofthe operator.

In order to exercise this skill to its maximum the gun 12 is mounted forelevation and for lateral movement by the means now enter, but thetarget is tonbe described. Referring more particularly to Figures 13 to20, it will be observed that said gun 12 is provided with trunnio-ns 160mounted in the supports 161, so that the bore of the gun may be elevatedat will.

-The support or framework for the gun 161 is further mounted for lateraltraining on the central pivot 162, so that the operator may train thegun on the smallest hole 8, located on his extreme right, or on the hole4, located on his extreme left; and if in any case the projectile doesnot in his judgment have suflicient elevation, he can depress the breechof the gun, and thereby elevate the muzzle thereof so as to cause theprojectile to strike at points farther away from the muzzle. On theother hand, should be believe his chances are better by depressing themuzzle of the gun and causing the projectile'to roll continuouslyalongthe bottom 15 of the tray 3, he can readily raise the breech ofsaid gun and roll his projectiles toward the targets. As a matter offact," the extreme curved edges 163 and 164, see Figures 4 and 21, areso shaped as to exercise the operators skill, in that they graduallyapproach the holes 4 to 8 and the opera* tor can readily fire hisprojectiles against inseam said edges and take his chances of enteringone of said holes. a

It will thus be seen that the use of this device involves not only theop-rators judgment in training his gun, but also his judgment in thefeel or strength of the spring 86. ln other words, he can judge by thefeel of the hammer 85 about how strong the spring is, and thereforewhether it is best to roll his projectiles toward the target or to firethem at a. higher elevation.

As intimated above, after each shot, the handle 151 must be operated toturn the disk 28 and its co -acting parts, and of course, since theturning of this handle operates so many different parts, itxis essentialthat the shaft shall turn through a; sufficient arc each time to performall of its functions.

In order to compel the operator to thus complete the stroke oroscillation of the shaft 29, the pawl and ratchet. 58. and 60, seeFigure 6, have been provided. Further, should the parts jam through rustor for any other; cause, an operator is liable to exert a suddenpressure on the machine, and therefore to more or less injure the parts.To prevent such injury, the powerful coil spring 150 has been providedwhich has in itself suflicient strength to transmit all the powernecessary, and the shaft 29 is divided into two parts as indicated inFigure 8. That is to say, the one part carriesa pin 165 working in aslot 166, in the other part, and the springtransmits the power fro-m onepart to the other, while said pin 165 is moving in said slot. becomebroken or not be sufficiently powerful the pin 165 will reach the end ofthe slot and still turnthe other part of the shaft 29. I

It will now be clear that this invention provides a propelling mechanism12, preferably in the form of a gun, which is spring actuated; a loadingmechanism for said gun illustrated in Figures 13 to 18, which is underthe control of the star wheel 31; an in.

dicating mechanism consisting of the disk 125 and its associatedconnections, on which the shots may be registered 'or added, and whichdisk is under the control of the spring 138 and pawl 131 for its returnto zero, while the pawl is under the control of the disk 28, and wheel31 through the pin 40 and lever 42 and its connections; It will befurther seen that the rock shaft 99 and curved arms 100 are under thecontrol of the rod 53, and arm 51, rigid with shaft 29'.

The foregoing operation of-the mocha-- nism hasbeen disclosed inconnection with a coin 27 contacting with'the disk 28, but it is evidentthat instead of the vacant space 77 occupied by said coin, thecorresponding tooth 36, which, was omitted to supply said space, may beprovided on said wheel 28,

But should the spring ing a spring controlled hammer having a thumbengaging means integral therewith for manual operation; a mounting forsaid propelling means permitting motion in horizontal and verticalplanes; :1. surface over which projectiles from said -means may travel;a target associated with said surface; means comprising a reciprocatingmember associated with said target to receive projectiles that strikethe said target;

and additional reciprocating means for lifting and automaticallyreturning said striking projectiles to said propelling means,substantially as described.

2. In an amusement device, the combination of a propelling meanscomprising a spring controlled hammer-having a means for manualoperation; a mounting for said propelling means permitting motion inhorizontal and vertical planes; a surface over'which projectiles fromsaid means may pass a target associated with said surface; meanscomprising a reciprocating member to receive projectiles that strike thetarget; means connected with said last named means for indicating thevalue of the target struck; and a shaft and connections comprising astar wheel, a rock shaft actuated by said star wheel and a verticallyreciproeating plunger operated by said rock shaft for operating saidindicating means and reloading said propelling means, substantially' asdescribed.

3. in an amusement device, the combina- 'tion of a spring actuatedpropelling means comprising a spring controlled hammer mounting for saidpropelling means permitting motion in horizontal and: vertical planes; asurface over which projectiles. from said means may pass; a transparentcover located above said surface; a target associated with said surface;means to re ceive' projectiles that strike the. target; means connectedwith said last named means for indicating the value of the targetstruck; meanscomprising a reciprocating member for automaticallyreturning the striking projectiles to the propelling means; meanscomprising an additional reciprocating member for delivering. thereturned projectile to the hammer of, the propelling means; and a shaftand connections for opjectiles that strike the target; movable meansconnected with said. last named means for indicating the value of thetarget struck; and a shaft and connections Y comprising a star wheel foroperating said indicating means and reloading said propelling means,substantially as described.

.5. In an amusement device, the combination of a pivoted spring operatedgun comprising a spring controlled hammer having a means for manualoperation; a mountactuating means, substantially as described.-

ing for said propelling means permitting-- motion in horizontal andvertical planes; a curved trayf over which projectiles from said gunmay'pass; a target associated with said tray; an indicating meansassociated with said target; an actuating means associated with saidtarget and indicating means adapted to register the value of said targetwhen struck on said indicating means and to operate a signal; means toreturnthe striking projectiles to the gun; and ashaft and starwheel tooperate said 6. In an amusement device, the combination of a pivotedspring operated gun coinprisinga spring controlled hammer having a meansfor manual operation; a curiied tray over which projectiles from saidgun may pass; a target associated with said tray; an indicating meanscomprising a -rotatable disk associated with said target; an actuatingmeans associated with said target and indicating means adapted toregister the value of said target when struck on said indicating meansand to operate a signal;

means comprising a passage to return the strikingQproj'ectile to thegun; means to lift the returned projectiles into the bore of the gun;and a shaft to operate said ac tuating angle-lifting means,substantially as described. v j v 7. In an amusement device, the combination of an operating shaft; a disk loosely indicating a means mounted onsaid shaft; a star wheel loosely.

mounted on said shaft; a pawl rigid with saidshaft adapted to turnsaid'disk and star wheels through predetermined arcs at each operationof said shaft; a target; an nlike means to propel prp'ectllesonto saitarget; means to return sai' pro ectiles to said gun like means afterplanes; a

each shot; means to'cause the value of the target when struck to beregistered on" said indicating means, connections between said disk andindicating means for controlling its indications; and connectionsoperated by said star wheel for loading the returned projectiles intothe gun like means, substantially as described. A

8. In an amusement device, the combination of an operating shaft; a'disk loosely. mounted on said shaft; a star wheel loosely mounted onsaid shaft; a pawl rigid with said shaft adapted to turn said disk andstar wheels through predetermined arcs at each operation of said shaft;a target; an indicating means; pivoted gun like means to propelprojectiles onto said target; means to return said projectiles to saidgun like means after each shot; means. comprising a rock shaft andactuating means therefor to cause the value of the target when struck tobe registered on said indicating means; connections between said diskand indicating means for controlling its indications; and connectonsoperated by said star wheel for loading the returned projectiles intothe gun like means, substantially as described.

9. In an amusement device the combination of an operating shaft; a diskloosely mounted on said shaft; a star wheel loosely mounted 'on saidshaft; a pawl rigid with said shaft adapted to turn said disk and wheelthrough predetermined arcs at each operation of said disk; an indicatingmeans and connections controlled by said disk; a spring actuated guncomprising a spring controlled hammer having a means for manualoperation; a loading means for said gun; connections controlled by saidstar wheel for actuating said loading means; a plurality, of targets;means provided with playing surface between saidtargets and said gun;and means for employing projectiles which strike said targets forregistering the value of said targets on said indicating means,substatntially as described. L

10. In an amusement device, the combination of an operating shaft; adisk loosely mounted" on said shaft; a star wheel loosely mounted onsaid shaft; a pawl rigid with said shaft adapted to turn said disk. andwheel through predetermined arcs at each operation of said disk,.an armrigid with mounted on said shaft; a pawl rigid with said shaft adaptedto turn said disk and wheel through predetermined arcs at each operationof said disk; an indicating means and connections controlled by saiddisk; a spring actuated gun; a loading means for said gun; connectionscontrolled by said star wheel for actuating said loading means; aplurality of targets; and means comprising a rock shaft having an armfor each target and a second rock shaft adapted to be operated by thearms of said first named rock shaft and the projectiles which strike thetarget to register the values of each target on said indicating means;substantially as described. v

12., In an amusement device, the combina' tion of an. operating shaft; adisk loosely mounted on said shaft; "a wheel loosel mounted on saidshaft; means for operating said disk and wheel from said shaft; atarget; a gun for firing projectiles at said target; means for returningthe fired projectiles to said gun; means for indicating the value of thetarget when struck; means actuated by said wheel for reloading the firedprojectiles into the gun after their" return thereto; and means 0 eratedby said disk for controlling said in icating means, substantially asdescribed' 13 In an amusement device, the combination of an operatingshaft; a disk looselv mounted on said shaft; a wheel loosely mounted onsaid shaft; means for operating said disk and wheel from said shaft; atarget; a gun for firing projectiles at said tar get; means forreturning the fired projectiles to said gun; means for indicating thevalue of the target when struck; means comprising a lifting deviceactuated by said wheel for reloading the fired projectiles into the gunafter their return thereto; and means comprising a pawl and connectionsoperated by said disk for controlling said indicating means.substantially as described.

14. In an amusement device, the combination of an operating shaft; awheel loosely mounted on said shaft; means rigid with said shaft forturning said wheel through predetermined arcs; a gun adapted to fire proectiles; means comprising a reciprocating member for returning the firedprojectiles to said gun; a lifting device comprising an additionalreciprocating member for said returned projectlles; and connectionsbetween said wheel and said lifting'device for operating the latter,substantially as described.

15. In an amusement device, the combination of an operatlng shaft; awheel loosely mounted on said shaft; means rigid with said shaft forturning said wheel through predetermined arcs; a gun adapted to fireprojectiles; means for returningthe fired projectiles tosaid gun; alifting device comprising a reciprocating member for said returningprojectiles; a spring'cont-rollcd elevating means comprising anadditional reciprocating member adapted to receive projectiles from saidlifting device; and connections between said wheel and said liftingdevice for operating the latter, substantially as described.

16. In an amusement device, the combination of a gun comprising apivoted spring operated and hand controlled hammer; a spring controlledelevating means comprising a reciprocating member adapted to liftprojectiles to positions in front of said hammer; alifting devicecomprising an additional reciprocating member adapted tolift projectilesinto positions to be fed to said elevating means; an operating shaft andconnections for actuating'said lifting device, a target;- and a playingsurface connecting said gun and target; substantially as described.

17 In an amusement device, the combination of a pivoted gun comprising apivoted.

spring operated hand controlled hammer; a spring controlled elevatingmeans comprising a reciprocating member adapted to lift projectilestopositions in front of said hammer; a lifting device comprising anadditional reciprocating member adapted to lift projectiles intopositions to be fed to said e evating means; an operating shaft andconnections comprising a rock shaft for actuating said lifting device, atarget; and a playing surface connecting said gun and target;substantially as described.

18. lln an amusement device, the combina- 7 tion of a diskadapted toreceive a coin; an operating shaft on which said disk is looselymounted; a wheel rigid with said disk;

means rigid with said shaft for contacting with said coin and disk tooperate said disk and said wheel ;"a gun adapted to fire projectiles; alifting means for said projectiles; connections between said liftingmeans and said wheel; a score indicating means: and connections betweensaid "disk andsaid score indicating means, substantially as described.

19. In an amusement device, the combination of a disk adapted to receivea coin; an

operating shaft on which said disk is loosely mounted; a wheel rigidwith said disk; means rigid with said shaft for contacting with saidcoin and disk to operate said disk and said wheel; a register for thecoins received by said disk; a gun adapted to fire tion of an, operatingshaft; a gun loading. .m'eans operatively connected to said shaft;

projectiles; a lifting means for said projectiles; connections betweensaid lifting means and said wheel; a score indicating means;

connections between said disk and said score 7 operated memiersforautomatically lifting indicating means; and connections between saiddisk and said register, substantially as described.

20. In an. amusement device, the combination of an operating shaft; agun loading means operatively connected to said shaft; a shot indicatingmeans operatively connected to said shaft; a target having a valueassigned thereto; means including ,the shot striking said target foradding up on said indicating nieans a'pivoted gun provided with a springpropelled hand operated hammer; and a playing surface connecting saidgun and target; substantially as described. y 21. In an amusementdevice, the combinaa shot indicating means 1 operatively concompel I vinected to said shaft; a shield for said indicating means op'erativelyconnected to said shaft; means associated with said shaft to -a completestroke thereof; a target a value assigned thereto; means 1ncluding theshot striking said target for adding up on said indicating means thevalue of said target, a pivoted gun pros a spring propelled hand operaplaying surface conas described. 0

22. I In an amusement device,

engaging member integral therewith; means for pivoting said propellingmeans for move- .ment in a vertical direction; a surface over whichprojectiles from said propelling means vpivoting said propelling meansin the value of said target," tical plane; a surface over whichprojectiles substantially I the combination of a propelling means;comprising a p a spring controlled hammer having a thumb may travel; atarget associated with said surface; means for returning the firedprojectll es over the said surface; and means comprising a pair ofreciprocating lever the said fired projectiles to said propelling means,substantially as described.

23. In an amusement device,

spring controlled hammer havin a thumb engaging member integraltherewith means for pivoting movement in a horizontabplane; means forface said fired projectiles and meanscomprising two lever operatedreciprocatin members for automatically lifting the fire projectiles intosaid propelling means, substantially as described.

24. In an amusement device, thle combina o tion of a propelling meanscomprising a springcontrolled hammer having a thumb engaging memberintegral therewith; means for moving said device in a vertical and in ahorizontal lane at will when aiming the same; a target toward whichprojectiles from said. means may travel; means associated with saidtar-get for. returning the fired projectiles; and means comprising a airof lever operated reciprocating members for lifting into and loading theresaid propelling means for the combination of a propelling meanscomprising a:

said last named means turned projectile into said propelling means,

substantially as described. 7

In testimony whereof We aflix our signatures. Y v WALTER A. TRATSGH.ARCHIE H. BECHTOL.

